High-density server based on fusion extension framework

A high-density server and extended architecture technology, applied in the field of high-density servers, can solve the problems of affecting space, small storage capacity of 4U storage servers, and inability to meet the needs of large-capacity data growth, and achieve the effect of increasing computing density.

Inactive Publication Date: 2017-12-15
ZHENGZHOU YUNHAI INFORMATION TECH CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

This 4U storage server complies with EIA regulations, which limits the size of the external dimensions of the 4U storage server chassis. When the external dimensions are fixed, the size of the internal server components and the unreasonable installation position seriously affect the 4U server that can be installed. The space of the hard disk, the storage capacity of the 4U storage server is small
At present, with the growth of data capacity and the requirements for data storage speed, traditional storage server systems can generally support 36 or 78 3.5 storage slots, which can no longer meet the needs of current applications for large-capacity data growth.

Method used

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  • High-density server based on fusion extension framework
  • High-density server based on fusion extension framework
  • High-density server based on fusion extension framework

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0036] A high-density server based on a converged and extended architecture, including a dense node system and a hardware frame; the hardware frame includes a chassis, and the dense node system is configured inside the chassis; the dense node system includes a basic module and a The variable module; the basic module is used to realize the power supply, heat dissipation, management and output functions of the server; the variable module is used to meet the user's individual requirements for computing density and storage density. The server system architecture is 4U high and supports standard 19-inch cabinets with a depth of 900mm. The basic module includes a cooling module 7, a centralized management module 6, an IO interface module and a rear PCIE module 8.

[0037] The dense node system is a computing-intensive node system, and the variable module of the computing-intensive node system includes 8 computing-intensive node units 1, and each computing-intensive node unit 1 inclu...

Embodiment 2

[0040] A high-density server based on a converged and extended architecture, including a dense node system and a hardware frame; the hardware frame includes a chassis, and the dense node system is configured inside the chassis; the dense node system includes a basic module and a The variable module; the basic module is used to realize the power supply, heat dissipation, management and output functions of the server; the variable module is used to meet the user's individual requirements for computing density and storage density. The server system architecture is 4U high and supports standard 19-inch cabinets with a depth of 900mm. The basic module includes a cooling module 7, a centralized management module 6, an IO interface module and a rear PCIE module 8.

[0041]The dense node system is a balanced dense node system, and the balanced dense node system includes 4 balanced dense node units 2, and each balanced dense node unit 2 includes a computing node module 13 and a storage...

Embodiment 3

[0044] A high-density server based on a converged and extended architecture, including a dense node system and a hardware frame; the hardware frame includes a chassis, and the dense node system is configured inside the chassis; the dense node system includes a basic module and a The variable module; the basic module is used to realize the power supply, heat dissipation, management and output functions of the server; the variable module is used to meet the user's individual requirements for computing density and storage density. The server system architecture is 4U high and supports standard 19-inch cabinets with a depth of 900mm. The basic module includes a cooling module 7, a centralized management module 6, an IO interface module and a rear PCIE module 8.

[0045] The dense node system is a storage-type dense node system, and the storage-type dense node system includes two storage-intensive node units 3, and the storage-intensive node unit 3 includes a computing node module ...

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PUM

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Abstract

The invention discloses a high-density server based on a fusion extension framework. The high-density server comprises a dense node system and a hardware framework; the hardware framework comprises a machine box, and the dense node system is arranged in the machine box; the dense node system comprises a basic module and a variable module; the basic module is used for achieving the power supply, cooling, management and output functions of the server; the variable module is used for meeting personalized requirements of users for calculation density and storage density. Compared with the prior art, the height of the high-density server based on the fusion extension framework is 4U, calculation, balancing and storage of dense nodes are achieved in the same machine box, and various application requirements are flexibly met.

Description

technical field [0001] The invention relates to the technical field of high-density servers, in particular to a high-density server based on a fusion extension architecture. Background technique [0002] With the extensive development of today's Internet and the implementation of complex research, the role played by the server is becoming more and more important. Servers provide high-performance computing capabilities to handle the transmission of information over the Internet or to speed up simulations for complex studies. With the rapid development of cloud computing, traditional data centers are transforming into cloud computing data centers, from scattered deployment of many small data centers to centralized large-scale high-density data centers; servers are also changing from inefficient one-by-one deployment to efficient modular batch Deployment shifts driving compact design servers. High-density servers, full-rack servers, and blade servers are all density-optimized...

Claims

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Application Information

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IPC IPC(8): G06F1/18
Inventor 李文方贡维蔡岳霖
Owner ZHENGZHOU YUNHAI INFORMATION TECH CO LTD
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